In embedded systems, structs can provide an elegant, intuitive, and efficient way of accessing hardware registers. The latter property of structs is the foundation of the Cortex Microcontroller ...

In the last lesson, you learned about polymorphism and saw how it works in C++. In today’s video lesson #32, you will emulate the C++ VPTR-VTABLE design in C. The primary goal is understanding how ...

More and more devices run on embedded systems, a combo of hardware and software designed for a specific purpose.

Good tips. C++ is great for embedded code. And now, let the C++ and C hate begin. If you don’t know where to start, you can start telling how horrible pointers are for example.

C++ covers the whole programming range, from low level to high, making it ideally suited for writing portable software. Code portability is often neglected in embedded-systems engineering, however.

Most embedded programming is done in C and C++. Many languages are used for embedded applications, from Java to Lua, but C dominates. C’s popularity is no surprise.

Rust is a promising replacement for C and C++, particularly for systems-level programming, infrastructure projects, embedded software development, and more -- but not everywhere and not in all ...

The future of C++ developers in 2025 and beyond is bright, but also demanding. Developers who stay ahead of emerging trends, ...

The C language has been a programming staple for decades. Here’s how it stacks up against C++, Java, C#, Go, Rust, Python, and the newest kid on the block—Carbon.

“C++ is heavily used in embedded systems, game development and financial trading software, just to name a few domains,” Jansen wrote. C++ was first released in 1985 as an extension of C.